Strategy & transformative solutions

As soon as it comes to climate change or other global threats, there is a point were deep transformations must be envisaged. Marginal, incremental solutions or so called tactical solutions might not be sufficient to navigate in the new climatic, environmental or market conditions.
Among these types of solutions are :
- reorganizing the business model of the company for instance
abandonning the high yield model from which revenues are taken and adopting a new strategy towards diferentiation and higher prices. This requires new marketing strategies and exploring new markets for the wine. This could be aligned with reshuffling wine types produced : orienting a new share of the production towards DNO wines that target fewer yield objectives than wines with no geographical identification.
- adopting a "nomadism" strategy : looking for new terroirs to grow wine in cooler or wetter areas. This strategy is not available to all according their financial and social capital and their philosophy of practice.
These types of solutions can also be seen as pro-active and less reactive than incremental solutions. Significant transformations requires that planning and anticipation is organized as these changes will not be operated in one day. Coordination among actors might be critical also for success in these types of strategies.
[to be developed]
Auteur : Nina Graveline
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French National Research Institute for Agriculture and Environment- INRAE
First ranking research institute in agriculture in Europe, second worldwide agricultural science provider, the INRA conducts researches concerning major society stakes.
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LACCAVE 2.21
Towards integrated and resilient systems to cope with climate change for the grape and wine industry
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Les vins d'appellations vont-ils disparaître ou renaître avec le changement climatique ?
En France, plus de de 90% de la production des vins est signalée par des indications géographiques, AOP ou IGP, mais le changement climatique vient remettre en cause les liens construits historiquement entre es vins et leurs territoires, inscrits dans des cahiers des charges.
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OmicBots: High-Throughput Integrative Omic-Robots Platform for a Next Generation Physiology-based Precision Viticulture
OmicBots aims to develop an automatic platform to integrate HTP low-cost robotics-assisted smart-photonics sensors, with artificial intelligence and systems biology (in-silico), to better comprehend how field grapevine physiology/metabolism are driven by Genotype x Environment x Management.
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Simulare la mappa dei vigneti di domani con gli indici bioclimatici
Breve articolo pubblicato su Terra Trentina
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Unité Mixye de Recherche INNOVATION
l'UMR Innovation vise à produire des connaissances et contribuer aux débats scientifiques et sociétaux sur les processus d’innovation qui participent aux transformations des systèmes agricoles et alimentaires, face aux enjeux globaux, dont le changement climatique
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WorldWine Women : typologies de vignerons acteurs de la viticulture durable
Étude sociologique sur le lien entre caractéristiques socio-économiques et stratégies de viticulture durable en Europe